Specifications

I PID control with stable temperature stability 0.2 degree
II Digital setting and display
III SUS standard
IV-5 to 99 degree

I :Uses and main characteristics of the HX-series Constant temperature circulator:

 

The circulator can be solely used as a thermostatic bath to conduct chemical reaction experiment. It can also can be used with electrophoresis appartus, electron microprobe etc to reduce the temperature. Provide a field source with controlled heating & cooling and uniform temperature for experiments. Suitable for research departments like petroleum, chemical industry, metallurgy, medicine industry and biochemistry, as well as institutions of higher learning, factory laboratories and gauging and quality inspection Institution to do property measuring along with qualitative and quantitative analyses.

 

♦ Temperature adopts digital setting and display, easy to operate, high precision of temperature control.

 

♦ PID control, with stable temperature and fast speed.

 

♦ Cooling system adopts complete closed, air cooled type imported compressor set of famous brands from the USA and France.

 

♦ Circulating pump adopts bilobed wheel and has self-priming function which can guarantee high flow and high head. At present, it is the high performance circulating pump with leading technique.

 

♦ Uniformly dispersed flow field was formed in inner circulation of circulating liquid, which makes the heat exchange stable.

 

♦ Basin adopts stainless steel. (SUS standard)

 

II : Technical data of HX series constant temperature circulator:

 

Model	Temperature range(°C)	Temperature stability(°C)	Bath volume (L)	Bath opening(mm)	Flow(L/min)	Heating Power(W)	Cooling capacity(W)
HX-1005	-5~99	±0.2	5	140×120×145H	10	1200	380~1000
HX-2015	-20~99		15	180×130×166H		1750	370~1200
HX-3010	-30~99		10	180×140×200H		1750	300~1200
HX-4015	-40~99		15	180×140×166H		1750	20~1700

 

  

III:  Picture of HX-1005

 

  IV:  Operation Panel of HX-1005 : 

 

  Internal part:

  Side :

 

Workshop:

 

 

 Exhibition: